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ODEX115 Overburden Drilling System for Construction Anchoring and Grouting

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Overburden Drilling & Anchoring: Designed to efficiently penetrate hard materials like rock and concrete, enabling precise drilling for construction anchoring and grouting operations.
  • Material Removal & Stability: Features fluted grooves for efficient debris evacuation and a flared base to stabilize the drill bit during high-pressure operations, ensuring durability and precision.

Key features

  • 1. High-Strength Alloy Steel Construction

  • With corrosion-resistant alloy steel material, ensure durability in harsh drilling environments compared to traditional carbon steel models*. The hardened alloy withstands extreme pressures and temperatures, extending tool lifespan in demanding applications.

  • 2. Customizable Cutting Edges for Versatile Applications

  • With replaceable and adjustable cutting edges, adapt to varying rock densities and drilling requirements*. This modular design reduces downtime by enabling quick adjustments for different materials like concrete or hard rock.

  • 3. Optimized Flute Geometry for Efficient Material Removal

  • With helical flutes engineered for rapid debris evacuation, achieve ~20% faster drilling cycles than standard drill bits*. The grooves minimize clogging, ensuring consistent performance in dense materials.

  • 4. Stabilized Design for Heavy-Duty Continuous Use

  • With a flared base and reinforced structure, maintain stability during prolonged drilling in mining or construction sites*. This prevents slippage and ensures precision in deep-hole anchoring and grouting operations.

  • 5. Compliance with Industrial Safety Standards

  • Manufactured to meet industry safety and durability standards by TEAMWHOLE, ensuring reliability for professional-grade applications*. The design prioritizes operator safety and equipment longevity.

Product details

ODEX115 Overburden Drilling System for Construction Anchoring and Grouting

The ODEX115 Overburden Drilling System is a robust alloy steel-based drilling solution designed for precision anchoring and grouting in construction and mining operations. With conical cutting edges, optimized flutes for efficient material removal, and a flared base for stability, it ensures durability in harsh environments. Customizable components allow tailored performance for diverse applications.

Technical specifications

FeatureSpecificationBenefitApplication Scenario
MaterialAlloy SteelHigh strength and corrosion resistanceMining, construction, rock drilling
Cutting EdgesConical multi-point designEnhanced penetration in hard materialsAnchoring in rocky terrains
Fluted GroovesHelical design30% faster material removal vs. standardEfficient drilling in dense substrates
Flared BaseStabilizing geometryReduces slippage by 40%Uneven or soft ground drilling
Operational Temp-20°C to 60°CReliable performance in extreme climatesArctic or tropical construction sites

Customization guide

Adjustable parameters include flute depth (for material-specific cutting efficiency) and cutting edge angle (to optimize penetration in granite vs. concrete). Custom coatings can also be applied to enhance chemical resistance for corrosive environments.

Get inspired

The ODEX115’s flared base design ensures stability in uneven terrain, making it ideal for anchoring bridge foundations in mountainous regions. With its alloy steel construction, you can achieve consistent performance even when drilling through reinforced concrete or bedrock.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Penetration Rate12 m/h+15% (13.8 m/h)+30% (15.6 m/h)*
Torque Capacity800 Nm920 Nm1040 Nm
Material Removal Efficiency90%94.5%99%
Chemical ResistanceStandard+25%Triple industry norm

Supplier's note

  1. Technical Breakthroughs:

    • Alloy Steel Construction: Outperforms traditional steel by 20% in tensile strength, enabling longer tool life.
    • Helical Flutes: Reduce clogging by 30%, ensuring uninterrupted drilling cycles.
    • Flared Base Geometry: Patented design cuts slippage incidents by 40% in soft substrates.
  2. Version Selection Guide:

    • Pro Model: Ideal for mining operations requiring triple chemical resistance and 15.6 m/h penetration. Its 1040 Nm torque pairs with alloy steel to handle abrasive rock.
    • Advanced Model: Best for mid-scale construction projects needing 13.8 m/h speed and 25% better chemical resistance than Base.
    • Base Model: Suits standard concrete drilling where cost efficiency is prioritized.

*Performance gains vs. industry benchmarks.

Frequently asked questions

  • Which ODEX115 Overburden Drilling System model is best for mining or heavy construction projects?

  • How do I maintain the flutes on the ODEX115 drill bit to ensure longevity?

  • Why is alloy steel preferred over carbon steel for overburden drilling systems?

  • Can the ODEX115 drill bit be customized for specific anchor depths or angles?

  • Is the ODEX115 Overburden Drilling System certified for safety in construction sites?

  • How does the flared base of the ODEX115 improve drilling stability?

  • What makes the ODEX115 suitable for grouting after drilling?

  • Can the ODEX115 handle both soft soil and hard rock drilling?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHeavy-duty drilling in rocky terrainIndustry: Carbon Steel (45 HRC)
Base: Alloy Steel (50 HRC ▲11% harder)
Advanced: Coated Alloy Steel (60 HRC ▲33% harder)
Base ▲11% harder than industry standard; Advanced ▲33% harder for extreme abrasionAdvanced coating increases cost by 20% (ISO 6508-1 hardness test)
Cutting Edge DesignPrecise anchor hole drillingIndustry: 3 conical edges
Base: 4 edges (▲33% more)
Advanced: 6 edges (▲50% more than Base)
Advanced doubles edge count for 40% faster penetration than industry standardMore edges require 20% more frequent sharpening (ASTM F2992)
Material RemovalHigh-volume grouting operationsIndustry: 2 flutes
Base: 3 flutes (▲50% more)
Advanced: 4 flutes (▲33% more than Base)
Advanced achieves 60% higher material removal rate (ISO 13374)Increased flute count reduces structural strength by 15%
Stability MechanismUnstable ground conditionsIndustry: 10mm flared stabilizer
Base: 15mm (▲50% larger)
Advanced: 20mm (▲33% larger than Base)
Advanced improves stability by 60% in loose soil (ASTM D2487)Larger flares reduce maximum drilling depth by 10%
Noise EmissionUrban construction sitesIndustry: 100 dB
Base: 95 dB (▲5 dB reduction)
Advanced: 90 dB (▲10 dB reduction from industry)
Advanced meets urban noise regulations (▲10 dB quieter than industry standard)Noise dampening adds 15% extra weight to the system
Chemical ResistanceCorrosive environmentsIndustry: Withstands 20 chemical exposures (ASTM D543)
Base: 30 exposures (▲50%)
Advanced: 50 exposures (▲66% over Base)
Advanced handles 2.5× more chemical exposures than industry standardCoatings may degrade over time in extreme pH conditions (ISO 9227)

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